ABS/VDC CAN DIAGNOSIS INFORMATION This bulletin has been amended. See AMENDMENT HISTORY on the last page. Please discard previous versions of this bulletin.
full bulletin at NHTSA ↗2011 Nissan Leaf brakes problems
severe Owners of the 2011 Nissan Leaf have filed 20 NHTSA complaints about the brakes, typically surfacing around 15,677 miles at roughly $450 to repair (U.S. federal records, as of July 2026). Source: NHTSA Office of Defects Investigation. See brakes across all vehicles →
Failure mileage
Complaints
20
Recalls
0
Avg fix
$450
| Model year | brakes complaints |
|---|---|
| 2011 Leaf (this page) | 20 |
| 2012 Leaf | 17 |
| 2013 Leaf | 22 |
| 2014 Leaf | 15 |
| 2015 Leaf | 63 |
2crashes
3injuries
When does it fail?
Of the 20 brakes complaints filed for the 2011 Nissan Leaf, here's the actual mileage breakdown — failures cluster heaviest at 0-25,000 mi.
0-25k
25-50k
50-75k
75-100k
100-125k
125-150k
150k+
Each bar shows the share of total complaints filed at that mileage range. Peak failure window highlighted. Some owners report problems earlier; some make it well past 150,000 miles symptom-free. Maintenance habits and driving conditions shift the curve as much as mileage alone.
What stands out
Among the 8 model years of Nissan Leaf in our records for brakes problems, this one ranks #3 by owner-complaint volume.
Brakes accounts for 21% of all owner complaints filed against this vehicle, across 6 categories tracked.
Is there a fix? Manufacturer service bulletins
The manufacturer has issued service bulletins covering brakes on this vehicle — documented repair instructions, service campaigns, or warranty extensions sent to dealers. A TSB isn't a recall (it's not a free safety remedy), but it's the manufacturer acknowledging the issue and how to fix it.
SERVICE INFORMATION This bulletin has compiled Tire Pressure Monitor System (TPMS) and Low Tire Pressure Warning System (LTPWS) information for: - Basic diagnosing of TPMS/LTPWS systems - Radio frequency interference causing a "No Data" (C1708, C1709, C1710, C1711) condition - Sensor leaks - Moving TPMS/LTPWS wheel assemblies from one vehicle to another and TPMS/LTPWS sensor registration - Air pressure changes with altitude and ambient temperatures - Aftermarket tire sealers - Aftermarket wheels - Inflating/deflating tires with TPMS/LTPWS sensors See this bulletin for further detail.
full bulletin at NHTSA ↗SERVICE INFORMATION When servicing run flat tires or low profile tires: - Special equipment and procedures are required to avoid damage. - Specifically, Tire Pressure Monitor transmitters (TPMS sensors) can be damaged when improperly dismounting and mounting tires. - TPMS sensors becoming damaged during mounting or dismounting tires are not covered under warranty. - To avoid such damage, ensure that the tire changer being used and the operator of the tire changer is capable of servicing run flat and low profile tires. - Operator?s manuals for such tire changers must be followed. See this bulletin for further detail.
full bulletin at NHTSA ↗SERVICE INFORMATION - This bulletin is to assist you in responding to customer questions about brake operation, and provides diagnostic and repair information for each item listed, if any should occur. - Most brake incidents fall into the following categories: a. Brake Noise: A squeak, squeal, clunk, or groan that occurs when the brakes are applied or released. b. Brake Judder: A vibration that can be felt in the vehicle, steering wheel or brake pedal when the brakes are applied. c. Pedal Feel: The effort needed to operate the brakes is too high or too low. SERVICE PROCEDURE 1. Verify the condition by road testing the vehicle with the customer. 2. Determine the specific brake incident based
full bulletin at NHTSA ↗If YOU CONFIRM: A vehicle needs to have the brake rotors resurfaced (front or rear). ACTION: Use the ProCut PFM Series on-car brake lathe to perform brake rotor resurfacing and follow the tips listed in this bulletin. - The ProCut PFM Series brake lathe has been chosen as the approved tool for rotor resurfacing. - The ProCut PFM Series brake lathe can be ordered from TECH-MATE at 1-800-662-2001. - ProCut technical support or service can be obtained by calling 1-800-543-6618. NOTE: Brake rotors may need to be resurfaced during routine brake repair or for brake "judder" incidents. - Brake judder: A brake pedal pulsation and/or steering wheel shimmy when braking that occurs when there is too mu
full bulletin at NHTSA ↗Source: NHTSA manufacturer communications. Bring the bulletin number to your dealer or shop.
The failure pattern owners describe
Owners of 2011 Nissan Leafs describe a pattern of brake malfunctions that fall into two broad categories: sensitivity/control issues at low speeds and failure-to-release problems across all speeds.
At low speeds (below 20–25 mph), brakes repeatedly grab hard or jerk the vehicle to an abrupt stop in response to light pedal pressure. This happens daily for some owners, especially during creeping at traffic lights or parking maneuvers. One owner reported his child's head being jerked by the violent deceleration. The vehicle sometimes cycles through grab-release-grab patterns while braking.
At highway speeds, owners report brakes that remain locked or continue applying force for 0.5–1 second after the pedal is fully released. Two incidents resulted in rear-end collisions; one caused injuries to unbelted passengers. Another owner's brake system locked up after repeated light taps intended only to flash taillights. One collision at 15 mph resulted in total vehicle loss and driver injury.
Additional faults include insufficient braking on downgrades, regenerative braking failures, and one case where the system fails to recognize the brake pedal when starting the car. Dealers have applied software updates multiple times with no lasting resolution. One owner was charged $209 for analysis and reprogramming; another faces future $100+ service calls for repeated brake reprogramming attempts. No recall is mentioned in any narrative.
Same Nissan Leaf brakes reports on nearby years: 2012 · 2013 · 2014
Failure modes owners describe
Brake sensor/detection failure preventing vehicle start
The vehicle fails to recognize brake pedal depression, preventing engine start even when brakes are fully applied. Owners report pressing brakes but receiving error messages that foot is not on brake. Related to computer not detecting braking input.
When: Under 18 months, under 15,000 miles; soon after delivery
Symptoms owners cite: Vehicle won't start, displays message that foot is not on brake; Computer does not recognize brake pedal depression despite firm pressure; Affects vehicle safety interlock systems
Repairs/costs cited: Nissan dealership unable to resolve; no working fix documented
Delayed brake release after pedal release
Brakes continue to apply hard for 0.5-1 second after driver completely releases brake pedal, or do not release proportionally when pressure reduced. Occurs unpredictably at any speed without warning.
When: Soon after delivery; intermittent throughout ownership
Symptoms owners cite: Brakes stay applied for 0.5-1 second after foot removed from pedal; Difficult to gauge when braking force will actually cease; Occurs at parking lot speeds, freeway speeds, and all speeds in between; Has resulted in rear-end collisions; two injuries reported in one incident
Repairs/costs cited: Dealer attempts brake pedal pumping workaround; no permanent fix confirmed
Grabby, jerky braking below 20 mph with unintended hard stops
At low speeds (below 20-25 mph), brakes transition inconsistently from soft pressure to sudden hard grab or jolting stop. Vehicle lurches forward and jerks to abrupt halt. Repeatable within minutes of driving.
When: Starts soon after delivery; occurs on every drive
Symptoms owners cite: Sudden jolting stop when light brake application expected; Inconsistent brake response below 20 mph; Grabbing and releasing cycle (grab, release, grab, release); Especially pronounced when creeping at lights or into parking spots; Passenger heads jerked around; risk of injury to children; Worse on wet/slick roads
Repairs/costs cited: Software update applied at dealership; problem persists and worsens over time
Recalls/TSBs owners mention: Software reprogramming attempted; repeated visits required
Loss or inadequate braking force when shifting from Park
Intermittently, little to no braking force available immediately after putting car in gear following a 10-minute key-off after 20-30 minute drive cycle. More likely in warm weather. Pumping brakes once clears issue. Vehicle continues rolling due to electric motor torque.
When: After warm weather drives; when shifting from Park after brief key-off
Symptoms owners cite: Little or no braking force available after putting in gear; Vehicle rolls forward despite brake pedal; Pumping brakes once restores function; More frequent in warm conditions
Repairs/costs cited: Nissan charged $209 for analysis and software upgrade; effectiveness unknown due to intermittent nature
Recalls/TSBs owners mention: Software upgrade applied; Nissan notes workaround of brake pumping
Brake assist runaway—excessive deceleration on hard braking
When driver applies hard braking (intentional emergency stop), brake assist system over-responds, applying 10x harder than input and causing excessive deceleration well beyond what driver requested. Occurs at highway speeds (30-65 mph).
When: Occurs during emergency braking situations
Symptoms owners cite: Brake assist system activates 'in overdrive,' slamming brakes far harder than pedal pressure; Vehicle rapidly decelerates from highway speed to near-stop; Creates dangerous traffic situation and risk of rear-end collision; Reported at both 30 mph and 50-65 mph
Repairs/costs cited: Dealer unable to recreate problem; computer updates applied but unrelated to issue
Brakes lock and fail to release on foot removal
After hard braking or repeated brake taps, brakes lock (ABS engages as expected but then fail to release when pedal released). Vehicle continues hard deceleration or remains locked for 0.5+ second after foot completely removed from brake. Tire screeching and skidding reported.
When: During emergency braking, highway speeds, or repeated brake taps to flash lights
Symptoms owners cite: Brakes remain engaged/locked for 0.5+ second after pedal release; Tires lock and screech despite foot off pedal; Rapid deceleration continues without brake input; Creates hazard on freeway; risk of rear-end collision; Results in loss of vehicle control; one crash resulted in two unbelted occupants injured
Brakes continue release when trying to stop at higher speeds
During hard braking attempts, particularly at higher speeds, brakes release or disengage even though driver is still trying to stop. Gives sensation of loss of braking power and inability to stop vehicle in time.
When: At higher speeds; intermittent
Symptoms owners cite: Brakes release/disengage when driver still applying brake pedal; Loss of stopping power sensation; Occurs when driver feels they cannot stop in time; Happens in same situations as low-speed jerky braking
Regenerative braking malfunction and non-responsiveness
Regenerative braking system fails to engage or respond. At low speeds with regenerative braking enabled, brakes sporadically engage and disengage. System may require extremely hard pedal pressure to engage, then applies sudden braking.
When: At low speeds; intermittent
Symptoms owners cite: Regenerative braking fails to engage; Sporadic engage/disengage cycles at low speeds; Requires extreme pedal pressure for braking to engage; Causes sudden unwanted braking; Hill descent assist fails to engage on downhill grades
Repairs/costs cited: Valley Nissan diagnosed non-responsive regenerative braking; vehicle not repaired
Recalls/TSBs owners mention: Manufacturer did not assist; no recalls or TSBs documented
Warped brake rotors causing pulsing braking cycles
Brake rotors become warped, causing brakes to pulse on and off in 3-second cycles. Brakes turn on, turn off, then turn back on repeatedly until vehicle stops.
Symptoms owners cite: Brakes pulse on and off repeatedly; 3-second cycle repeats until complete stop; Pulsing pattern and periodic disengagement
Repairs/costs cited: Local dealer diagnosed warped disc brake rotors
Brake pedal oversensitivity causing disproportionate braking
Light brake application produces disproportionately large brake force, causing sudden involuntary hard stops. Inconsistent brake response; same pedal pressure produces different results. Reproducible within minutes of driving.
When: Intermittent; reproducible shortly after starting drive
Symptoms owners cite: Light brake tap applies excessive braking force; Sudden involuntary hard stops; Passenger/driver heads jerked forward; Inconsistent response to same pedal pressure; Mostly at low speeds but not limited to low speeds
Brake failure—complete loss of braking at low speed resulting in collision
At low speed (15 mph), brake pedal depressed but failed to respond without warning. Vehicle crashed into another vehicle; owner sustained injuries and vehicle destroyed. Police report filed.
When: 50,060 miles
Symptoms owners cite: Brake pedal depressed with no response; Complete braking failure at low speed; Vehicle uncontrollable; collision occurred
Repairs/costs cited: Vehicle destroyed in crash; not repaired
Recalls/TSBs owners mention: Manufacturer notified of failure
Brake assist malfunction causing delayed release
Brake assist function malfunctions, causing delayed or prolonged braking force release. Sometimes light tap on pedal applies much more brake force than intended. Brakes do not release immediately after pedal release.
When: Intermittent
Symptoms owners cite: Light pedal tap produces excessive braking; Brakes do not release immediately after pedal release; Delayed response proportional to pedal input
Full braking application on light pedal tap
During light, non-sudden braking input (e.g., turning into shopping center), vehicle applies full braking force and does not release brakes until vehicle is nearly stopped (down to ~10 mph).
Symptoms owners cite: Light brake application interpreted as full-force braking; Brakes do not release until very low speed; Happens during routine low-speed maneuvers
Brakes non-functional after engaging drive from stationary
Brakes do not work immediately after putting vehicle in Drive from stationary position. Normal brake function resumes after a few moments. Believed related to depleted 12V battery.
Symptoms owners cite: Brakes non-functional immediately after shifting to Drive; Normal function resumes after brief delay
Repairs/costs cited: Believed to be 12V battery related
Insufficient braking ability on downhill descent
While driving down a mountain at 55 mph, vehicle exhibited insufficient braking ability and was uncontrollable. Hill descent assist failed to engage. No warning indicators illuminated.
When: 30,000 miles
Symptoms owners cite: Insufficient braking ability on downhill grade; Vehicle uncontrollable; Hill descent assist failed to engage; No warning lights; Regenerative braking not responsive
Repairs/costs cited: Valley Nissan diagnosed non-responsive regenerative braking; vehicle not repaired
Recalls/TSBs owners mention: Manufacturer contacted and did not assist
Forward creep while brakes depressed
Vehicle occasionally creeps forward even when brake pedal is held depressed and vehicle is at a stop.
Symptoms owners cite: Vehicle creeps forward while brake pedal is still depressed; Happens at stop (lights, parking spots)
Synthesized from 20 NHTSA owner complaints — unverified consumer allegations, summarized for patterns. The verbatim filings appear below.
What owners are reporting 4 most recent
Tl* the contact owns a 2011 Nissan leaf. While driving 55 MPH down a mountain, there was insufficient braking ability and the vehicle was uncontrollable. Additionally, the hill descent assist failed to engage. There were no warning indicators illuminated. The vehicle was taken to valley Nissan of staunton (297 lee jackson hwy, staunton, virginia 24401, (540) 213-9600) where it was diagnosed that…
While braking lightly and not sudden to turn into a shopping center, the leaf applied full brakes and did not release the brakes until the car was going about 10 MPH. *tr
The brakes go from a soft braking to a jolting stop at speeds below 20 MPH. I have small children in the car, and their heads are being jolted around when the car brakes this way. I am concerned this will be a problem on slick roads and I'm worried about being rear-ended when it stops so suddenly. It does this everyday that I drive it, however the dealership can find nothing wrong with the…
While in a lineup of cars at a stop sign intersection, I had to start and stop repeatedly, as each car moved forward. Very soon, the brakes developed a jerky response, grabbing and releasing. So the car was lurching forward and jerking to a stop. It was quite embarrassing, and the car behind me nearly rear-ended me. This was the first occurrence, and the same thing has happened several times…
Had brakes trouble with your 2011 Nissan Leaf?
File a complaint with NHTSA → It's free, official, and how every report above got here — owner filings are the federal safety record this page is built on.
Common questions
How serious is the brakes problem on the 2011 Nissan Leaf?
It's a meaningful issue. 20 complaints have been filed and the failure mode causes operational problems for owners. Repairs average $450.
At what mileage does the brakes typically fail?
Across the 18 complaints that reported odometer mileage, most brakes failures cluster between 4,500 and 35,500 miles, with the median around 15,677. A quarter of owners report trouble before 4,500; a quarter make it past 35,500. Maintenance history matters more than the odometer alone — this is the reported failure window, not a guarantee.
What does it cost to fix?
Independent shops typically charge around $450 for brakes repairs on this vehicle. Dealer pricing tends to run 20-40% higher. The exact figure depends on the specific failure mode, parts availability, and your local labor rates. If you're outside factory warranty, an extended service contract often covers this category.
Are there any recalls related to brakes?
No active recalls currently cover brakes issues on this vehicle. The complaints filed represent owner-reported failures that haven't risen to the level of a manufacturer-issued recall — but they're still worth knowing about before you buy or budget for repairs.
Related
Complaint and recall data sourced from the National Highway Traffic Safety Administration (NHTSA)
public records database. Verify the raw federal record at
nhtsa.gov/vehicle/2011/Nissan/Leaf.
Severity ratings are derived from reported crashes, fires, injuries, and fatalities. Repair cost estimates are
independent-shop national averages and may differ in your area. Some links on this page are affiliate links.